KEGG   Beta vulgaris (sugar beet): 104903976
Entry
104903976         CDS       T03548                                 
Name
(RefSeq) hypothetical protein
  KO
K14311  nuclear pore complex protein Nup188
Organism
bvg  Beta vulgaris (sugar beet)
Pathway
bvg03013  Nucleocytoplasmic transport
Brite
KEGG Orthology (KO) [BR:bvg00001]
 09120 Genetic Information Processing
  09122 Translation
   03013 Nucleocytoplasmic transport
    104903976
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03019 Messenger RNA biogenesis [BR:bvg03019]
    104903976
Messenger RNA biogenesis [BR:bvg03019]
 Eukaryotic type
  mRNA surveillance and transport factors
   Transport factors
    Nuclear pore complex
     104903976
SSDB
Other DBs
NCBI-GeneID: 104903976
NCBI-ProteinID: XP_010690435
Position
9:complement(34643916..34676797)
AA seq 1986 aa
MAASSTRIAATTTKSVDSSLWFDSFSLLLTDLENLPLSSDLPPSLVEKLKENHAWFLNTV
TQFKPPSESSKEALNSEQVNVGSHKLSIKPKFRDLALKLSSTVGLDEVQSYILVERSMDQ
KSVFVDGVIQGFLHEIVLQYYTERQCLLKCSRHIIIHTLNVGSAGEERQIIWDGVSKLIS
DGLEGKLMSILRKHLSSSYPQHMDVDLLILWAEEMLIEDNLVLDILFLVYYESISNCSAT
KWKDLCLLYKDMTAGSSNFVKLGVSAEACKYCYRARIQMLLILIETLDFESLLQLIHDEI
PFRDSSCVFSSSDILEMDSVISSIDIYERKEAGPLILAWAVFLCLITSLPGKEEQNELME
IDHVGYVRQAFDSASLSLFLDILRSDVLKDSDGPVAGYRSILRTFISAFIASYEINIQLE
DDTSRLILTILCEIYRGEESLCAQFWDKGSIVDGPIRCLLWNLEGEFPYRTIELTRFLSA
VSEGCWPAECVYNFMDKSVGISSLLEIDTDLLAGGASQIIETQLPLRVPTVESLLIPSKT
RGRVLRMIDSKTALVRWEYKQSGMVVLLLRLAQVLELDANEEVHVVLDLFSRVVSFNMAV
CFSMMNIGKSLHLHTNYGDGQIEGAIWIDMVEVLCNLVRNLSPYNGSVKAMAMSVTVLAK
MMKCSPSHVSAVVLKMNIFDMSLKSSIFGDQNNSLSSGSWLLSGRLAKMLLIDCEHNGGC
PLTMSVLDFTMQLLGAGVENDFVHALVMFCLQYVFVNHEFWKYKVKQDRWNVTLKVLGVL
KTSILCIPYFVKLGGSIRDIMLSDSSIHSMMFRILCTTSPVLENLYISRLYDWREIDGLQ
HAICSMLEILVSIFSNFPEDDFSGLPVFHQALLSNSTKPIPVAEALASLISYFRNPAIQV
GATAALSMLCKTADRSKPYLSGNATFGLGAKQVMQLRHTIESIIREQSERNEALFVAVIE
LLTSAAIHQPAFLAALVSGEDIRADYSRNSGDSNEQGSDSTSQALKSDNAIRLVDMLVLY
VERSDTLMKRNPRVLLSILNFMKALWQGAAQFIDMLETIRKSKKFWKQLSESMLLISCKE
APLPIDLPETDSQKFAYEYQCQSAALDIMALETFLQKKLLHLESLVRQADQLLKGGVGAV
GTKAQVSANSEQLEDILISWSDSSSLSILLKSSAVCMYDTDVYFQAKIAFSLLMAHIIGK
LVTGDTGSLSLSFIEEVTTLSTKLINLPAFSELCIQYAQHGYSEGIQIKNLVLNDLYYHL
QGELEGRNIEQGPFKELSQFLLGSNLLQAYQKKSVHALLGAKNAEVFDVLRLQHDIGFDI
WEYSEWKASKQIVETTLPYLRHANSMLLILGSRLPALRALITLLNLNMGDSMNRHGSILK
RISMDKLLSCIDHECKELQATLGLLTAASVAPVEVLNYIAAQVELLLCLVRHVDNGISSP
TCLVILKTCSFGVKRLRDLRLLGSEVQHAIKFLLMLLHLVVEMSSDCISSSSKTDSESEA
STEVANSCLGILPILCSCTGNPDQCIISLATIDLIVKRILTPTTWLPILQQHLQLHQLIL
KLHDKKCFESLPVIMKFLLTLASVRGGAEMIIASGFLPSLRVLFGEISNVCVANWVKSEK
SATREAEIEKPQFIWGLGLAVLTETICSLGETSLCNEVVDSMISYFFSEKAFLIAYHLSA
PEFPSDDHDKKRARAQRRQTSLSAFRETEHTLMLICILAKHRNSWMKATRETGSELRGRI
IHLLAFISRRGHRLGDSSGRPSTLLCAPSSKEENDYCTKPSFINSSIGWFAAAALGCVPI
GSITDEYPQTAIVVKNKTNGNAESGKSTYFSDTVAVEIYRITFLILKFLFLQAKEAAGRA
EELGFIDLSNFPELPDPEILHCLQDQTIAIVTEVCETNKSKQIQPDTQSVCLLLLNIVEM
ALYLEHCVSQICGIRPVLGRVEDFSKQMRYLVRATEGQSFSKSSMKHLKQIVSFVYPGLL
QNEGIL
NT seq 5961 nt   +upstreamnt  +downstreamnt
atggcggcttccagtactcgaatcgccgctactacaacaaagtccgtcgactcttctctc
tggttcgactcattctctctcctcctcactgacctcgaaaacctccctctttcttccgac
cttcctccttctctggtcgagaagttgaaggaaaatcatgcctggtttttgaacaccgtt
actcagttcaaacctccgagtgaatcgtcaaaagaggcgttgaattctgaacaagtgaac
gtcggttcgcataaattgagtattaaacctaaatttagggatttggctttaaagcttagc
tccactgtgggtttagatgaggtacaatcgtacatccttgttgaaaggtccatggatcag
aaaagtgtttttgttgatggcgtcattcaaggttttcttcacgagatagtgctgcaatat
tatactgaaaggcagtgcttgctgaaatgttctcgccatataattattcatacattgaat
gttggatcagctggtgaagaaagacaaatcatttgggatggggtgtccaagctcatttct
gatggtttagagggaaagttgatgtctattctgagaaaacatctgtcatcctcttatcct
cagcacatggatgttgatcttctcattttgtgggctgaagagatgctgattgaagataac
ttggttttggacattctgtttcttgtatattatgagtcaatctctaattgcagtgctact
aagtggaaggacttatgtctgctgtataaggatatgacagctggatcttcaaactttgtt
aagcttggggtgtctgccgaagcgtgtaaatattgttatcgtgctaggattcagatgcta
ttgatccttatagagaccttggactttgagagtctgcttcagttgatacatgatgaaatt
ccatttagggatagctcttgtgtgttctcttcaagtgatatcctagagatggattctgtg
atctccagtattgatatttatgagcgaaaagaagctgggcctctgattcttgcctgggct
gtttttctttgcctgattacatctcttcccggaaaagaggaacaaaatgagctaatggaa
attgaccatgttggttatgtccgtcaagcctttgattctgcttcattgagcctttttctg
gatattcttcgaagtgatgtgttgaaggattctgatggacctgtcgctggataccggagc
atattgagaacattcatttctgcatttatcgcatcttacgaaattaatatccagctggaa
gatgatacctctagactgatattaactatcctttgtgaaatctatcgaggagaggagtct
ctttgtgctcaattttgggacaagggcagcattgttgacggacctatccgttgtcttctt
tggaacttggagggtgaatttccttacagaactattgagctgactcgctttctatcagca
gtctctgaggggtgctggcctgcagagtgtgtgtacaattttatggacaaatctgtcgga
atctcgtctttgcttgagattgatactgatttgttggctggtggggcatctcagataatt
gagacacaactgccattgcgtgttcctactgttgaaagcttacttattccaagtaagact
cgtggtcgtgttctaagaatgattgattccaaaactgcacttgtgcgatgggagtacaag
cagtctgggatggttgtcttgcttctgcgtttagctcaggtgctggagttagatgccaat
gaagaggttcatgtggtccttgaccttttcagtcgagttgtatccttcaatatggctgta
tgtttttctatgatgaatattggcaagtcacttcatcttcacacaaactatggcgatggg
cagattgagggtgctatatggatcgacatggttgaggtcttgtgcaaccttgtgaggaat
ctgtcgccttataatggcagtgtcaaagctatggcaatgagtgttactgttctggcaaag
atgatgaagtgttccccgtcacatgtgagtgctgttgttttgaagatgaacatatttgat
atgtccctgaagtctagtatatttggtgatcaaaacaatagtttatcgagtggttcatgg
ttactttctggaagacttgcaaaaatgcttttgattgattgtgagcacaatggtggctgt
cccttgactatgtcagttctggattttaccatgcagcttcttggagctggagtagagaat
gattttgtccatgctcttgtcatgttctgtcttcagtatgtctttgttaatcacgagttc
tggaaatacaaggtgaaacaagatcgatggaatgtaacactaaaagtgcttggagtgctg
aagacaagcatattatgtatcccttactttgtaaaacttggtgggagtatcagagatatc
atgctttctgattcttccatccatagcatgatgtttcgaattctttgtacaacttcacca
gtattagagaacctctacatcagcagactctatgattggagggagatcgatgggttacaa
catgcaatatgctccatgttggaaatcttagtgagcattttctccaatttcccagaggat
gatttctctggcttgccagttttccaccaagcattgttgtccaactctactaagccgatt
cctgttgctgaggccctcgcatcgttgatctcgtattttcgaaatcctgctatacaagtg
ggagctactgcagcactttctatgctctgcaaaactgctgatcgctcgaaaccttatcta
tctggcaatgcaacctttggtctaggtgctaaacaggttatgcaactaaggcatactatt
gaaagtattatccgtgaacaatctgaaagaaatgaagccctctttgtggctgttattgag
cttcttacttctgcagcaattcaccagcctgcgtttcttgctgctctagtttctggtgaa
gacattagggctgactattcacggaacagtggtgattcaaatgaacagggaagtgattca
acttcccaggctttgaaatctgacaatgcaatacgtctagtggatatgcttgtgctttat
gttgaaagatctgatacgcttatgaagagaaatcccagagttcttttgagtatactgaat
tttatgaaagcactgtggcaaggagcggctcagtttattgatatgctggagaccattaga
aaatctaagaagttctggaaacagttgtctgaatctatgttactcatcagctgtaaggaa
gctcccttgccaatagatcttcctgaaactgattcacagaaatttgcttatgaatatcaa
tgtcagtctgctgcattagacattatggctctagaaacattcctgcagaagaaattatta
caccttgagtcactggtgagacaagctgatcaactattgaaagggggtgttggtgctgtt
gggaccaaagcacaagtatctgcaaattcagaacagcttgaggatattctgatttcttgg
tccgatagctcttctttgagcatccttctgaagtcatctgcagtgtgcatgtatgatact
gatgtttattttcaagcaaagattgcttttagtttgctcatggcgcacataattgggaag
ctggtcacaggtgatactggcagcctgtctttatcttttatagaagaagtgacaacactg
tctacaaagttaatcaatctacctgcgttttctgagttgtgcatccaatatgcccagcac
ggttacagtgaaggaatccagataaagaatttggtactcaatgatctgtattatcatctg
caaggagagttggaaggacgtaacattgaacagggcccatttaaagaactttcccagttc
ttattagggtcaaatcttctgcaagcttatcagaaaaagtctgtccatgcgttattagga
gccaaaaatgctgaagtgtttgatgttctgcgtctacaacatgacattggctttgatatt
tgggaatactcagaatggaaagcatcaaaacagatagtggagactacgctgccttaccta
cgacatgccaattccatgttgttgatccttggttcaagactcccagcattgcgtgctctt
ataacacttctaaatctcaatatgggggactcaatgaacagacacgggagtatattgaag
agaatttctatggacaaacttctttcatgcatagaccacgaatgcaaagagttacaagcc
accttgggattattgacagcagcttcagttgctcctgtggaagttctcaattatatagct
gcgcaggtggaattgcttctatgtcttgttagacatgtcgacaatggtatttcttcacct
acttgtttggtcatactaaaaacctgcagttttggcgtgaaaagattgcgtgatttgagg
cttttgggttctgaggttcaacatgcgataaagttcttactgatgctgcttcatttggtg
gtggaaatgagctctgactgtatctcttcgtccagcaaaactgacagtgaatctgaagcc
tcaactgaagtggctaatagttgcttgggcatattgccaatactttgcagctgcactggc
aatcctgatcaatgtatcatctcccttgctactattgacctgattgtcaagaggatactg
acaccgaccacatggctccccatcctgcagcaacatcttcagttgcatcagctcattctt
aagcttcatgataagaaatgctttgaatctcttccagtaataatgaagttccttttgacc
cttgccagtgtgagaggaggtgctgagatgataattgcttctgggttcctgccatctcta
agagttttgtttggagaaatatcaaatgtttgtgtggccaactgggttaaatcagagaag
tctgcgacacgtgaagccgaaattgagaagcctcagttcatctgggggctaggcttggct
gtccttacagaaacaatttgttctctaggagaaacttcactttgtaatgaagtcgtggat
agcatgatatcttacttcttctctgagaaagcttttctaatagcttatcaccttagtgca
ccagaattcccctctgatgaccatgacaagaaacgagcacgggctcagaggaggcagacc
tcgttatctgcttttagagagacggaacatactcttatgctgatatgcatcctagctaag
catagaaactcatggatgaaggccaccagagaaacgggttctgagcttcgtggaaggatt
atccatcttttggctttcattagtaggagaggtcaccgtctcggagattcatctggtcgg
ccttcgactcttttatgtgctccttcatctaaagaggaaaacgattattgcacaaaacct
tcatttataaatagcagtatcggatggtttgctgctgctgctcttgggtgtgtaccaatt
ggcagtataacggatgaatatccacaaactgctattgtggtcaagaacaaaacaaacgga
aatgcggaatctgggaaatctacgtacttttcagatactgttgctgtagagatatataga
atcacatttcttatattgaaatttctgttcctacaagctaaagaagcggctggacgggcg
gaagaactgggcttcatcgatctatcaaatttcccagagcttccagatccagaaatatta
cattgcttacaggatcagaccattgctattgttactgaagtttgtgaaaccaataaatca
aaacagattcaaccagatactcaatccgtctgccttttattgcttaatatagtagaaatg
gctttgtacctggaacactgcgtctcccaaatctgcggaataagacctgtgctgggacgt
gtcgaagacttctctaaacaaatgagatatttggtcagagctaccgaaggacaaagtttt
tcgaaatcttcaatgaagcatttgaagcaaatcgtgtcattcgtgtatccaggtttatta
caaaatgaaggcattttgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
All databases (44)   

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